This paper presents a framework for Visual Attention Detection in maritime scenes. The focus is to provide an early processing stage for high resolution images captured by maritime surveillance platforms. The framework groups multiple low-level features that are designed specifically for maritime scenarios with different distance measurements. Integrated in the framework is a detector for sea and sky that aids in background segmentation. A Naive Bayes Classifier is used to produce Attention Maps of the input images. Experiments using ground truthed images show the technique is effective on a large dataset of maritime images and outperforms state of the art generic saliency detectors
Monitoring and identification of ships in remote sensing images is of great significance for port ma...
The presence of asymmetric threats in coastal and harbor environments, as well as in open waters is ...
In modern warfare scenarios naval ships must operate in coastal environments. These complex environm...
This paper presents a saliency inspired visual attention technique for maritime scenes. The main foc...
Summarization: This paper presents a vision-based system for maritime surveillance, using moving PTZ...
Mobile surveillance systems play an important role to minimise security and safety threats in high-r...
In ship detection based on optical images, the system typically needs to handle small-scale targets ...
In this paper a framework for a camera based vessel recognition system is proposed. The framework is...
This thesis proposes new computational methods for detecting maritime objects in video data and ana...
In this paper an automatic maritime surveillance system is presented. Boat detection is performed by...
We propose a system for real-time detection of maritime targets based on monocular video data. In th...
In this paper, we propose a novel ship detection method based on multi-visual features after analyzi...
Visual surveillance in the maritime domain has been explored for more than a decade. Although it has...
In this paper, we propose a novel ship detection model based on multi-cue visual attention mechanism...
In this paper, we propose a novel ship detection model based on multi-cue visual attention mechanism...
Monitoring and identification of ships in remote sensing images is of great significance for port ma...
The presence of asymmetric threats in coastal and harbor environments, as well as in open waters is ...
In modern warfare scenarios naval ships must operate in coastal environments. These complex environm...
This paper presents a saliency inspired visual attention technique for maritime scenes. The main foc...
Summarization: This paper presents a vision-based system for maritime surveillance, using moving PTZ...
Mobile surveillance systems play an important role to minimise security and safety threats in high-r...
In ship detection based on optical images, the system typically needs to handle small-scale targets ...
In this paper a framework for a camera based vessel recognition system is proposed. The framework is...
This thesis proposes new computational methods for detecting maritime objects in video data and ana...
In this paper an automatic maritime surveillance system is presented. Boat detection is performed by...
We propose a system for real-time detection of maritime targets based on monocular video data. In th...
In this paper, we propose a novel ship detection method based on multi-visual features after analyzi...
Visual surveillance in the maritime domain has been explored for more than a decade. Although it has...
In this paper, we propose a novel ship detection model based on multi-cue visual attention mechanism...
In this paper, we propose a novel ship detection model based on multi-cue visual attention mechanism...
Monitoring and identification of ships in remote sensing images is of great significance for port ma...
The presence of asymmetric threats in coastal and harbor environments, as well as in open waters is ...
In modern warfare scenarios naval ships must operate in coastal environments. These complex environm...